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Sender: | nate AT cartsys DOT com |
Message-ID: | <36BA70AD.BC0C51AD@cartsys.com> |
Date: | Thu, 04 Feb 1999 20:16:45 -0800 |
From: | Nate Eldredge <nate AT cartsys DOT com> |
X-Mailer: | Mozilla 4.08 [en] (X11; I; Linux 2.0.36 i586) |
MIME-Version: | 1.0 |
To: | djgpp AT delorie DOT com |
Subject: | Re: Question about long long math on intel archs |
References: | <3 DOT 0 DOT 6 DOT 32 DOT 19990202153421 DOT 0091a590 AT pop DOT netaddress DOT com> |
<3 DOT 0 DOT 6 DOT 32 DOT 19990202173547 DOT 00915bb0 AT pop DOT netaddress DOT com> | |
<3 DOT 0 DOT 6 DOT 32 DOT 19990202223415 DOT 0094bda0 AT pop DOT netaddress DOT com> <3 DOT 0 DOT 6 DOT 32 DOT 19990204024816 DOT 008d9720 AT pop DOT netaddress DOT com> | |
Reply-To: | djgpp AT delorie DOT com |
Paul Derbyshire wrote: > > At 01:22 PM 2/3/99 -0800, you wrote: > >So perhaps you could write the benchmarks, and put them somewhere that > >others with such machines can run them. I have a 300MHz K6-2 that I'd > >put through its paces. > > Okay... here it is. On my P166 it does 50 million long long multiplies in > 20 seconds. This compiles and works using > gcc int64.cc -o int64.exe -wall -liostr Would it be better to optimize it? -O2 or so? And which compiler version are you using? -liostr looks suspiciously 2.7-ish. -- Nate Eldredge nate AT cartsys DOT com
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